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Bienvenue sur la collection HAL de la Maison de la Simulation, laboratoire commun au CEA, au CNRS, à l'Université Paris-Saclay et à l'Université Versailles Saint-Quentin. Elle est spécialisée dans le calcul haute performance et les simulations numériques en lien étroit avec les applications physiques, le génie logiciel parallèle, les modèles de programmation, les techniques de visualisation, l'intelligence artificielle et l'informatique quantique.

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Pour toute question : hal@cea.fr

Nombre de documents

275

Nombre de notices

117

Indicateur d'Open Access

85 %

Evolution des dépôts

mots clés

Iterative methods ISM clouds Complex and heterogeneous dynamic system Plasma physics Godunov-type scheme Efficiency Compressible two-phase flow Gravitational effects ISM structure Water Astrophysics - Solar and Stellar Astrophysics Hyperbolic systems Laser Astrochemistry Conservation laws Energy Accretion Planets and satellites formation 65Y05 Brown dwarfs Instrumentation HPC Cybersecurity FFT Big data analysis Magnetohydrodynamics Well-balanced property High Performance Computing HII regions Solvation Techniques spectroscopic Planets and satellites gaseous planets Ensemble learning Calcul haute performance Supernovae general High angular resolution Astrophysics - Earth and Planetary Astrophysics CUDA Linear systems GPU computing Schrödinger equation Level-Set Domain decomposition Sparse matrix Ghost Fluid method Exascale Hydrodynamics Convection High performance computing Sharp interface Low Froude Aerodynamics Interferometers-planets and satellites ISM kinematics and dynamics Bagging Gas dynamics Astrophysics - Astrophysics of Galaxies ISM molecules Big data Large time steps Data parallelism Parallel computing Planets and satellites interiors OpenMP Planets and satellites composition Radiative transfer Approximate Riemann solver Low Mach correction Stars formation Methods numerical Accretion disks Methods data analysis Shallow water equations Insider threat AMITEXFFTP Dask Surface tension Low-Mach correction Asynchronous communication Astrometry Two-phase flows MPI Dynamic processes Unite and conquer Planets and satellites fundamental parameters Adaptive optics-instrumentation Stars massive Methods statistical Infrared planetary systems ISM individual objects Orion B Geometric multigrid Turbulence Unite and Conquer Boosting Supercapacitors Epidemic Planets and satellites atmospheres Detection-techniques Linear algebra Electron